BEGIN:VCALENDAR VERSION:2.0 PRODID:-//IEEE Power Electronics Society - ECPv6.18.2//NONSGML v1.0//EN CALSCALE:GREGORIAN METHOD:PUBLISH X-ORIGINAL-URL:https://www.ieee-pels.org X-WR-CALDESC:Events for IEEE Power Electronics Society REFRESH-INTERVAL;VALUE=DURATION:PT1H X-Robots-Tag:noindex X-PUBLISHED-TTL:PT1H BEGIN:VTIMEZONE TZID:America/Vancouver BEGIN:DAYLIGHT TZOFFSETFROM:-0800 TZOFFSETTO:-0700 TZNAME:PDT DTSTART:20250309T100000 END:DAYLIGHT BEGIN:STANDARD TZOFFSETFROM:-0700 TZOFFSETTO:-0800 TZNAME:PST DTSTART:20251102T090000 END:STANDARD BEGIN:DAYLIGHT TZOFFSETFROM:-0800 TZOFFSETTO:-0700 TZNAME:PDT DTSTART:20260308T100000 END:DAYLIGHT BEGIN:STANDARD TZOFFSETFROM:-0700 TZOFFSETTO:-0700 TZNAME:MST DTSTART:20261101T090000 END:STANDARD END:VTIMEZONE BEGIN:VTIMEZONE TZID:America/Chicago BEGIN:DAYLIGHT TZOFFSETFROM:-0600 TZOFFSETTO:-0500 TZNAME:CDT DTSTART:20250309T080000 END:DAYLIGHT BEGIN:STANDARD TZOFFSETFROM:-0500 TZOFFSETTO:-0600 TZNAME:CST DTSTART:20251102T070000 END:STANDARD BEGIN:DAYLIGHT TZOFFSETFROM:-0600 TZOFFSETTO:-0500 TZNAME:CDT DTSTART:20260308T080000 END:DAYLIGHT BEGIN:STANDARD TZOFFSETFROM:-0500 TZOFFSETTO:-0600 TZNAME:CST DTSTART:20261101T070000 END:STANDARD BEGIN:DAYLIGHT TZOFFSETFROM:-0600 TZOFFSETTO:-0500 TZNAME:CDT DTSTART:20270314T080000 END:DAYLIGHT BEGIN:STANDARD TZOFFSETFROM:-0500 TZOFFSETTO:-0600 TZNAME:CST DTSTART:20271107T070000 END:STANDARD END:VTIMEZONE BEGIN:VEVENT DTSTART;TZID=America/Vancouver:20261005T190000 DTEND;TZID=America/Vancouver:20261005T210000 DTSTAMP:20260924T013341Z CREATED:20260730T174952Z LAST-MODIFIED:20260924T013341Z UID:10000376-1791226800-1791234000@www.ieee-pels.org SUMMARY:PELS Mentorship RoundTable at ECCE NA 2026 DESCRIPTION:LocationVancouver Convention Centre1055 Canada Pl\, Vancouver\, BC V6C 0C3\, CanadaRoom 109-110 \nSince 2017\, the PELS Mentorship Roundtables event has facilitated access to distinguished leaders in the power electronics field. Covering non-technical topics essential for professional growth\, the Roundtables event is an intimate setting comprised of the mentor who leads the topical discussion and a small group of mentees. The event is open to anyone at any stage of their career. \nThe evening is catered with heavy hors d’oeuvres and an open bar. Distinguished mentors will lead the discussion over a shared meal in small groups. There are two sessions\, so you will have the opportunity to meet with two mentors. Selections are first come first served\, and each roundtable has limited capacity. Please select one session per time slot to reserve your space that the table.  There is no registration fee to attend.  \n \n Register Here\n \n1. Building a Long and Impactful Career: Finding Meaning\, Building Connections\, and\nDefining Your Own Success\nFrede Blaabjerg\nIEEE Fellow\, Past President – IEEE PELS\, Aalborg University \n \n \nWhat does it take to build a career that remains meaningful and impactful over the long term? This session will explore how to choose problems that matter\, build meaningful relationships and cross-cultural collaborations\, and define career success beyond traditional metrics. Mentors will share their experiences navigating different stages of their careers\, including the choices\, challenges\, and opportunities that shaped their professional journeys. The discussion will encourage participants to consider the impact they want to create and how to build a sustainable career around it.  \n\n\n View Biography\n \n \n \nFrede Blaabjerg has been full professor at Aalborg University in Denmark since 1998 in Power Electronics and Drives and has been working with different power electronics application like renewables\, motor drives\, EV’s\, New Power Systems and in the last decade especially been focusing on Reliability Engineering and Power Electronics Based Power System Stability. He has over time trained more than 85 PhDs students\, the same number of post docs\, received numerous awards like the IEEE Edison Medal for his contributions in Renewables. He is Honoris Causa on three universities and well as honorary professor at one. He has been Editor in Chief of IEEE Trans. on Power Electronics\, President of the IEEE Power Electronics Society and Chairman of the Danish Council for Research and Innovation Policy. For the moment he is Co-Lead of the one of the four Danish Pioneer Centers – CAPeX – Pioneer Center for Accelerating P2X Materials Discovery – a cross-disciplinary center discovering materials for Power to X processes.https://capex.dtu.dk/  \n\nFrede Blaabjerg has been full professor at Aalborg University in Denmark since 1998 in Power Electronics and Drives and has been working with different power electronics application like renewables\, motor drives\, EV’s\, New Power Systems and in the last decade especially been focusing on Reliability Engineering and Power Electronics Based Power System Stability. He has over time trained more than 85 PhDs students\, the same number of post docs\, received numerous awards like the IEEE Edison Medal for his contributions in Renewables. He is Honoris Causa on three universities and well as honorary professor at one. He has been Editor in Chief of IEEE Trans. on Power Electronics\, President of the IEEE Power Electronics Society and Chairman of the Danish Council for Research and Innovation Policy. For the moment he is Co-Lead of the one of the four Danish Pioneer Centers – CAPeX – Pioneer Center for Accelerating P2X Materials Discovery – a cross-disciplinary center discovering materials for Power to X processes.https://capex.dtu.dk/  \n2. Academia or Industry R&D? Navigating Your Career After Graduate School\nIgnacio Galiano Zurbriggen\nSimon Fraser University \n \n \nGraduating with a degree in power electronics presents a critical career decision: pursuing the intellectual freedom and mentorship of a tenure-track faculty role\, or driving fast- paced\, applied innovation in industry R&D. This roundtable provides a balanced\, insider’s perspective on the daily realities and distinct rewards of both environments. Attendees will learn the most important factors to consider when evaluating these paths\, including how to strategically prepare applications for both sectors and what university search committees versus corporate recruiters prioritize. By exploring  the cultural differences between academic labs and industry tech leaders\, this session equips early-career engineers with the insights needed to identify their ideal professional fit and navigate their post-graduate transition with confidence. \n\n\n View Biography\n \n \n \nDr. Ignacio Galiano Zurbriggen (Member\, IEEE) is an Assistant Professor in the School of Sustainable Energy Engineering at Simon Fraser University and an Adjunct Professor at the University of Calgary. Uniquely equipped to discuss the transition between academic and corporate environments\, he brings significant industrial R&D experience from his work with leading companies including Tesla\, Alpha-Enersys\, and Computrol. Driven by a passion for sustainability and applied innovation\, his research focuses on developing novel power conversion solutions for the renewable energy and transportation sectors. He earned his Ph.D. in Electrical and Computer Engineering from the University of British Columbia and actively serves as an Associate Editor for IEEE-OJPEL.  \n\nDr. Ignacio Galiano Zurbriggen (Member\, IEEE) is an Assistant Professor in the School of Sustainable Energy Engineering at Simon Fraser University and an Adjunct Professor at the University of Calgary. Uniquely equipped to discuss the transition between academic and corporate environments\, he brings significant industrial R&D experience from his work with leading companies including Tesla\, Alpha-Enersys\, and Computrol. Driven by a passion for sustainability and applied innovation\, his research focuses on developing novel power conversion solutions for the renewable energy and transportation sectors. He earned his Ph.D. in Electrical and Computer Engineering from the University of British Columbia and actively serves as an Associate Editor for IEEE-OJPEL.  \n3. Transitioning from Academic Research to Industry R&D: Surviving the Culture Shock\nJiangBiao He\nThe University of Tennessee \n \n \nMoving from a university lab to corporate R&D requires a fundamental shift in engineering philosophy from prioritizing publishable novelty to focusing on manufacturable reliability\, strict cost constraints\, and aggressive deadlines. This session helps graduating students and early-career professionals navigate this “culture shock” by offering actionable strategies to adapt their technical mindset. Understanding this dynamic is critical for your career\, as it provides a distinctadvantage in interviews\, accelerates your integration into fast-paced teams\, and equips you with the pragmatic judgment needed to balance technical innovation with real-world business viability. \n\n\n View Biography\n \n \n \nDr. JiangBiao He is an Associate Professor in Electrical Engineering at the University of Tennessee\, Knoxville. He has worked in multiple industry R&D centers before joined academia\, most recently as a Lead Engineer at GE Global Research\, NY. He received the Ph.D. degree in electrical engineering from Marquette University\, WI. His research interests include advanced power converters and motor-drive systems for emerging applications\, such as data centers\, transportation electrification\, and renewable energy. He has authored and co-authored around 200 technical articles and 20+ patent applications. He is the recipient of multiple professional achievement awards\, including the 2018 Whitney Technical Excellence Award at GE Global Research\, the 2019 AWS Outstanding Young Member Achievement Award recognized by the IEEE Industry Applications Society\, and prize paper awards from IEEE journals. He has been recognized as the World’s Top 2% Scientists on the Stanford-Elsevier’s list since 2022. \n\nDr. JiangBiao He is an Associate Professor in Electrical Engineering at the University of Tennessee\, Knoxville. He has worked in multiple industry R&D centers before joined academia\, most recently as a Lead Engineer at GE Global Research\, NY. He received the Ph.D. degree in electrical engineering from Marquette University\, WI. His research interests include advanced power converters and motor-drive systems for emerging applications\, such as data centers\, transportation electrification\, and renewable energy. He has authored and co-authored around 200 technical articles and 20+ patent applications. He is the recipient of multiple professional achievement awards\, including the 2018 Whitney Technical Excellence Award at GE Global Research\, the 2019 AWS Outstanding Young Member Achievement Award recognized by the IEEE Industry Applications Society\, and prize paper awards from IEEE journals. He has been recognized as the World’s Top 2% Scientists on the Stanford-Elsevier’s list since 2022. \n4. IEEE Service and a Sustainable Professional Life\nBrad Lehman\nIEEE Fellow\, Past President – IEEE PELS\, Northeastern University \n \n \nIEEE service provides valuable opportunities to build leadership skills\, contribute to the engineering community\, and develop meaningful professional connections. At the same time\, balancing volunteer responsibilities with research\, career\, and family priorities can be challenging. This mentoring session will discuss how to identify service opportunities that align with your professional goals\, take on leadership roles thoughtfully\, and build a sustainable approach to volunteering. The session will also explore practical strategies for setting boundaries\, prioritizing commitments\, and making service a meaningful part of a long-term professional journey.  \n\n\n View Biography\n \n \n \nBrad Lehman is President of the IEEE Power Electronics Society (PELS). He previously was VP of Products since 2019 – 2022 and Editor-in-Chief of theIEEE Transactions on Power Electronics (TPEL) from 2013-2018. Brad is currently a Professor at Northeastern University (NU)\, Boston. His research interests include power electronics\, with emphasis on the modeling\, design\, and control of high-density converters. \n\nBrad Lehman is President of the IEEE Power Electronics Society (PELS). He previously was VP of Products since 2019 – 2022 and Editor-in-Chief of theIEEE Transactions on Power Electronics (TPEL) from 2013-2018. Brad is currently a Professor at Northeastern University (NU)\, Boston. His research interests include power electronics\, with emphasis on the modeling\, design\, and control of high-density converters. \n5. Ethical Ways to Use AI While Publishing\nYunwei Ryan Li\nIEEE Fellow\, President-Elect – IEEE PELS\, University of Alberta \n \n \nAI is rapidly changing how we conduct research and communicate our findings\, offering valuable tools for literature reviews\, data analysis\, writing\, editing\, and improving accessibility. At the same time\, its use raises important questions about academic integrity\, transparency\, authorship\, accuracy\, and responsible research practices. This roundtable will explore how researchers and engineers can use AI effectively while maintaining the standards and values of scholarly publishing. The discussion will also consider practical questions that arise in research\, writing\, and peer review of articles. Understanding how to use AI responsibly is becoming an essential skill that will benefit researchers and engineers throughout their careers. \n\n\n View Biography\n \n \n \nDr. Yunwei (Ryan) Li is currently a University of Alberta Senior Engineering Research Chair and Chair of the Department of Electrical and Computer Engineering. Dr. Li received the Bachelor’s degree from Tianjin University\, the Ph.D. degree from Nanyang Technological University\, Singapore. He was a Visiting Scholar with the Aalborg University\, Denmark in 2005\, and a Postdoctoral Research Fellow at the Toronto Metropolitan University\, Canada 2006 – 2007. In 2007\, he also worked at Rockwell Automation Canada before joined University of Alberta. His research interests focus on power electronics and their applications in distributed energy resources\, microgrids\, renewable energy\, transportation electrification\, and electric motor drives. His research has produced over 500 papers with over 30\,000 citations. Dr. Li currently serves as Vice President for Products of the IEEE Power Electronics Society (PELS) and will serve as PELS President for the 2027-2028 term. He was the Editor-in-Chief for IEEE Transactions on Power Electronics Letters 2019-2023. Dr. Li served as the general chair of IEEE Energy Conversion Congress of Exposition (ECCE) in 2020 for the first ever online version during the pandemic\, and the Program Chair for the Canadian Academy of Engineering Annual Conference in 2026. Dr. Li received the Research Excellence Summit Award by the Association of Professional Engineers and Geoscientists of Alberta in 2025\, Nagamori Foundation Award in 2022\, and the Richard M. Bass Outstanding Young Power Electronics Engineer Award from IEEE PELS in 2013. He is a Fellow of IEEE\, a Fellow of Canadian Academy of Engineering\, and recognized as the Clarivate Highly Cited Researcher. \n\nDr. Yunwei (Ryan) Li is currently a University of Alberta Senior Engineering Research Chair and Chair of the Department of Electrical and Computer Engineering. Dr. Li received the Bachelor’s degree from Tianjin University\, the Ph.D. degree from Nanyang Technological University\, Singapore. He was a Visiting Scholar with the Aalborg University\, Denmark in 2005\, and a Postdoctoral Research Fellow at the Toronto Metropolitan University\, Canada 2006 – 2007. In 2007\, he also worked at Rockwell Automation Canada before joined University of Alberta. His research interests focus on power electronics and their applications in distributed energy resources\, microgrids\, renewable energy\, transportation electrification\, and electric motor drives. His research has produced over 500 papers with over 30\,000 citations. Dr. Li currently serves as Vice President for Products of the IEEE Power Electronics Society (PELS) and will serve as PELS President for the 2027-2028 term. He was the Editor-in-Chief for IEEE Transactions on Power Electronics Letters 2019-2023. Dr. Li served as the general chair of IEEE Energy Conversion Congress of Exposition (ECCE) in 2020 for the first ever online version during the pandemic\, and the Program Chair for the Canadian Academy of Engineering Annual Conference in 2026. Dr. Li received the Research Excellence Summit Award by the Association of Professional Engineers and Geoscientists of Alberta in 2025\, Nagamori Foundation Award in 2022\, and the Richard M. Bass Outstanding Young Power Electronics Engineer Award from IEEE PELS in 2013. He is a Fellow of IEEE\, a Fellow of Canadian Academy of Engineering\, and recognized as the Clarivate Highly Cited Researcher. \n6. Volunteering with PELS in IEEE Region 10\nProfessor Sanjib Kumar Panda\nIEEE Fellow\, Region 10 Co-Chair – IEEE PELS\, National University of Singapore \n \n \nThe IEEE Region 10 Volunteer Mentoring Program aims to develop future IEEE leaders by connecting emerging volunteers with experienced mentors who can provide guidance on leadership\, volunteer engagement\, chapter development\, and professional growth. Through mentor-mentee matching\, mentoring circles\, leadership workshops\, networking sessions\, project-based learning\, and regular progress reviews\, the program fosters knowledge sharing\, enhances volunteer effectiveness\, strengthens regional collaboration\, and inspires sustained volunteer commitment\, ultimately building a strong pipeline of capable and engaged IEEE leaders across Region 10. \n\n\n View Biography\n \n \n \n(S’86-M’91-SM’01-F’21) Dr. Panda received B. Eng. Degree from the South Gujarat University\, India\, in 1983\, M.Tech. degree from the Indian Institute of Technology\, Banaras Hindu University\, Varanasi\, India\, in 1987\, and the Ph.D. degree from the University of Cambridge\, U.K.\, in 1991\, all in electricalengineering. He was the recipient of the Cambridge-Nehru Scholarship and M. T. Mayer Graduate Scholarship during his PhD study (1987-1991). Since 1992\, he has been holding a faculty position in the Department of Electrical and Computer Engineering\, National University of Singapore and currentlyserving as an Associate Professor and Director of the Power & Energy Research Area. Dr. Panda has published more than 540 peer-reviewed research papers\, co-authored one book and contributed to several book chapters\, holds ten patents and co-founder of three start-up companies. His research interests include high-performance control of motor drives and power electronic converters\, condition monitoring and predictive maintenance\, building energy efficiency enhancement etc. He is serving as an Associate Editor of several IEEE Transactions e.g. Power Electronics\, Industry Applications\, Energy Conversion\, Access and IEEE Journal of Emerging and Selected Topics in Power Electronics. Dr. Panda is serving as an IEEE PELS Distinguished Lecture for 2022-26. He had served as the Chair of the IEEE PELS Technical Committee\, TC-12: Energy Access and Off-grid Systems 2021-2023. Dr. Panda is also serving as\, R-10 Membership & Chapter Development Coordinator for IEEE PELS since 2016 till date.  \n\n(S’86-M’91-SM’01-F’21) Dr. Panda received B. Eng. Degree from the South Gujarat University\, India\, in 1983\, M.Tech. degree from the Indian Institute of Technology\, Banaras Hindu University\, Varanasi\, India\, in 1987\, and the Ph.D. degree from the University of Cambridge\, U.K.\, in 1991\, all in electricalengineering. He was the recipient of the Cambridge-Nehru Scholarship and M. T. Mayer Graduate Scholarship during his PhD study (1987-1991). Since 1992\, he has been holding a faculty position in the Department of Electrical and Computer Engineering\, National University of Singapore and currentlyserving as an Associate Professor and Director of the Power & Energy Research Area. Dr. Panda has published more than 540 peer-reviewed research papers\, co-authored one book and contributed to several book chapters\, holds ten patents and co-founder of three start-up companies. His research interests include high-performance control of motor drives and power electronic converters\, condition monitoring and predictive maintenance\, building energy efficiency enhancement etc. He is serving as an Associate Editor of several IEEE Transactions e.g. Power Electronics\, Industry Applications\, Energy Conversion\, Access and IEEE Journal of Emerging and Selected Topics in Power Electronics. Dr. Panda is serving as an IEEE PELS Distinguished Lecture for 2022-26. He had served as the Chair of the IEEE PELS Technical Committee\, TC-12: Energy Access and Off-grid Systems 2021-2023. Dr. Panda is also serving as\, R-10 Membership & Chapter Development Coordinator for IEEE PELS since 2016 till date.  \n7. What motivates us in pursuing an engineering career\nJohn Shen\nSimon Fraser University \n \n \nWith the frustrations and stress an engineer usually has to go through on a daily basis\, you might ask yourself “Why am I doing this? What keeps me going in pursuing such a hard career?”. Is that money or fame or something else? I would like to share my personal experience in thinking and rethinking of those important questions\, and fortunately still remaining enthusiastic and passionate about what I do as a researcher and educator. \n\n\n View Biography\n \n \n \n37 years of academic\, industrial\, and entrepreneurial career in the field of power electronics and power semiconductor devices and ICs. Currently Professor and Director at the School of Mechatronics at Simon Fraser University. Authored or co-authored 400 journal and conference papers\, edited two Springer books (editor)\, granted 22 U.S. patents. \n\n37 years of academic\, industrial\, and entrepreneurial career in the field of power electronics and power semiconductor devices and ICs. Currently Professor and Director at the School of Mechatronics at Simon Fraser University. Authored or co-authored 400 journal and conference papers\, edited two Springer books (editor)\, granted 22 U.S. patents. \n8. How to Become an IEEE PELS Distinguished Lecturer (DL) and Why It Matters\nBrij Singh\nIEEE Fellow\, DL Program Chair – IEEE PELS\, John Deere \n \n \nBecoming an IEEE Power Electronics Society (PELS) Distinguished Lecturer (DL) is a prestigious recognition awarded to individuals with outstanding technical contributions\, strong professional leadership\, and the ability to deliver impactful lectures worldwide. The pathway begins with a nomination documenting the candidate’s scholarly achievements\, industrial or academic influence\, and proposed lecture topics. The evaluation committee reviews nominees based on three criteria: (1) the nominee’s credentials and long-term contributions to power electronics\, (2) the relevance and value of the proposed lectures for PELS members\, and (3) the balance of regional\, industrial\, and gender representation within the current DL cohort. The program encourages diversity\, including nominees from industry and underrepresented regions. \nEarning the DL title significantly enhances a professional’s visibility and career trajectory. DLs serve as global ambassadors of power electronics\, delivering invited lectures across continents and engaging directly with chapters\, universities\, and industry groups. This role strengthens international networks\, increases recognition as a thought leader\, and often leads to keynote invitations\, collaborations\, and leadership opportunities within IEEE and industry. The two-year DL term also provides a platform to influence technical directions\, mentor emerging engineers\, and contribute to shaping the future of the field. \nThe selection process concludes with committee scoring\, confidential consolidation of evaluations\, and a final vote. PELS officials involved in evaluating DL nominations include the VP of Operations\, VP of Meetings\, VP of Products\, VP for Membership\, Chair of the PELS DL Program\, Chair of the PELS Awards Committee\, and two independent members nominated by the PELS President. Successful nominees join a distinguished group of experts who advance PELS’ mission of disseminating high-impact knowledge worldwide. \n\n\n View Biography\n \n \n \nDr. Brij Singh is Electrification R&D Manager in John Deere Inc.\, USA. He has earned BE\, ME and Ph.D. degrees in Electrical Engineering from various universities and technical institutes in India. In 1996\, Dr. Singh joined the École de Technology Supérieure\, Université du Québec\, Montreal\, Canada\, as a PDF. In 1999\, he joined Concordia University\, Montreal\, as a Research Fellow. In 2000\, he joined the Department of Electrical Engineering and Computer Science in Tulane University\, New Orleans as an Assistant Professor. In 2007\, he joined John Deere\, where he is engaged in R&D projects for advanced power electronics technologies needed for John Deere vehicles’ electrification projects and programs. Dr. Singh has published over 105 research papers. He has 42 granted US patents\, one trade secret\, and numerous pending patents. He has over 7\,500 peer citations on his scholarly contributions through research publications and patents. In Tulane\, Dr. Singh has received four teaching awards. In John Deere\, he has receivedthree innovation and one collaboration awards. He is the winner of the 2020 IEEE Power Electronics Emerging Technology Award. In Feb 2020\, he was awarded the “Title of John Deere Technical Fellow in Power Electronics Engineering”. In June 2023\, US Department of Energy recognized his outstanding contributions and insightful technical expertise by “Distinguished Achievement Award”. Dr. Singh is an IEEE Fellow and presently serving as the Chair of the IEEE Power Electronics Society Distinguished Lecturer Program (PELS DLP) and lives with his family in West Fargo\, North Dakota\, USA. \n\nDr. Brij Singh is Electrification R&D Manager in John Deere Inc.\, USA. He has earned BE\, ME and Ph.D. degrees in Electrical Engineering from various universities and technical institutes in India. In 1996\, Dr. Singh joined the École de Technology Supérieure\, Université du Québec\, Montreal\, Canada\, as a PDF. In 1999\, he joined Concordia University\, Montreal\, as a Research Fellow. In 2000\, he joined the Department of Electrical Engineering and Computer Science in Tulane University\, New Orleans as an Assistant Professor. In 2007\, he joined John Deere\, where he is engaged in R&D projects for advanced power electronics technologies needed for John Deere vehicles’ electrification projects and programs. Dr. Singh has published over 105 research papers. He has 42 granted US patents\, one trade secret\, and numerous pending patents. He has over 7\,500 peer citations on his scholarly contributions through research publications and patents. In Tulane\, Dr. Singh has received four teaching awards. In John Deere\, he has receivedthree innovation and one collaboration awards. He is the winner of the 2020 IEEE Power Electronics Emerging Technology Award. In Feb 2020\, he was awarded the “Title of John Deere Technical Fellow in Power Electronics Engineering”. In June 2023\, US Department of Energy recognized his outstanding contributions and insightful technical expertise by “Distinguished Achievement Award”. Dr. Singh is an IEEE Fellow and presently serving as the Chair of the IEEE Power Electronics Society Distinguished Lecturer Program (PELS DLP) and lives with his family in West Fargo\, North Dakota\, USA. URL:https://www.ieee-pels.org/event/pels-mentorship-roundtable-at-ecce-na-2026/ LOCATION:Vancouver Convention Centre\, 1055 Canada Pl\, Vancouver\, BC\, V6C 0C3\, Canada CATEGORIES:Mentorship END:VEVENT BEGIN:VEVENT DTSTART;TZID=America/Chicago:20260324T183000 DTEND;TZID=America/Chicago:20260324T203000 DTSTAMP:20260305T210405Z CREATED:20260113T191209Z LAST-MODIFIED:20260305T210405Z UID:10000361-1774377000-1774384200@www.ieee-pels.org SUMMARY:PELS Mentorship RoundTable at APEC 2026 DESCRIPTION:LocationGrand Hyatt San Antonio River WalkRoom: Lone Star Ballroom C\, 2nd Floor \nPELS Mentorship RoundTablesSince 2017\, the PELS Mentorship Roundtables event has facilitated access to distinguished leaders in the power electronics field. Covering non-technical topics essential for professional growth\, the Roundtables event is an intimate setting comprised of the mentor who leads the topical discussion and a small group of mentees. The event is open to anyone at any stage of their career. \nThe evening is catered with heavy hors d’oeuvres and an open bar. Distinguished mentors will lead the discussion over a shared meal in small groups. There are two sessions\, so you will have the opportunity to meet with two mentors. Selections are first come first served\, and each roundtable has limited capacity. Please select one session per time slot to reserve your space at the table. \n \n Register Here\n \nTopics and Mentors\n1. “AI-Assisted Design: Balancing Automation with Engineering Intuition”\nAlan Mantooth\nUniversity of Arkansas (USA) \n \n \nAI is becoming a household word in various ways. There is no question that it will play a role in the power electronics professionals career going forward. My group has been pursuing ways to educate our field on its uses. There are many angles to explore: technical\, ethical\, and societal. Join us for some interesting discussions. \n\n\n View Biography\n \n \n \nH. Alan Mantooth received the Ph.D. degree from the Georgia Institute of Technology. After 8 years in industry\, he joined the faculty of the Department of Electrical Engineering at the University of Arkansas\, Fayetteville\, where he currently holds the rank of Distinguished Professor. He is the Founding Director for the NSF Center on GRid-connected Power Electronic Systems (GRAPES)\, and Deputy Director of the NSF ERC on Power Optimization of Electro-Thermal Systems (POETS). He currently serves as the Founding Editor-in-Chief of the IEEE Open Journal of Power Electronics\, and Division II Director on the IEEE Board of Directors. Dr. Mantooth is a Fellow of IEEE\, Fellow of the National Academy of Inventors\, and a registered professional engineer in Arkansas. His research group developed AI-based power module layout generation tools\, AI-based RUL tools\, AI-based cybersecurity algorithms for critical infrastructure\, and AI educational material for power electronics engineers. \n\nH. Alan Mantooth received the Ph.D. degree from the Georgia Institute of Technology. After 8 years in industry\, he joined the faculty of the Department of Electrical Engineering at the University of Arkansas\, Fayetteville\, where he currently holds the rank of Distinguished Professor. He is the Founding Director for the NSF Center on GRid-connected Power Electronic Systems (GRAPES)\, and Deputy Director of the NSF ERC on Power Optimization of Electro-Thermal Systems (POETS). He currently serves as the Founding Editor-in-Chief of the IEEE Open Journal of Power Electronics\, and Division II Director on the IEEE Board of Directors. Dr. Mantooth is a Fellow of IEEE\, Fellow of the National Academy of Inventors\, and a registered professional engineer in Arkansas. His research group developed AI-based power module layout generation tools\, AI-based RUL tools\, AI-based cybersecurity algorithms for critical infrastructure\, and AI educational material for power electronics engineers. \n2. “Pathways to Recognition: How to Nominate and Be Nominated for IEEE PELS Awards”\nBurak Ozpinec\nOak Ridge National Laboratory \n \n \nDo you wonder how to recognize engineers and students to honour their achievements orservice in power electronics?Or perhaps you want to know how to getnominated for anaward? Look no further. Join our mentorship roundtable to meet experienced mentors andexplore the nomination process for multiple IEEE PELS awards. Learn how to elevatedeserving individuals\,and yourself\,through recognition. \n\n\n View Biography\n \n \n \nBurak Ozpineci earned his B.S. degree in electrical engineering from Orta DoguTechnical University\, Ankara\, Turkey\, in 1994. He then completed his M.S. and Ph.D. degreesin electrical engineering at the University of Tennessee\, Knoxville\,in 1998 and 2002\,respectively. Since 2001\, he has been with Oak Ridge National Laboratory\, where he beganas a student and has held positions as a researcher\, founding group leader of the Power andEnergy Systems Group\, group leader of the Power Electronics and Electric Machinery Group.He currently serves as a Corporate Fellow and the Section Head of the Vehicle and MobilitySystems Research Section. Additionally\, he has a joint faculty appointment with TheUniversity of Tennessee. Dr. Ozpineci is a Fellow of IEEE. \n\nBurak Ozpineci earned his B.S. degree in electrical engineering from Orta DoguTechnical University\, Ankara\, Turkey\, in 1994. He then completed his M.S. and Ph.D. degreesin electrical engineering at the University of Tennessee\, Knoxville\,in 1998 and 2002\,respectively. Since 2001\, he has been with Oak Ridge National Laboratory\, where he beganas a student and has held positions as a researcher\, founding group leader of the Power andEnergy Systems Group\, group leader of the Power Electronics and Electric Machinery Group.He currently serves as a Corporate Fellow and the Section Head of the Vehicle and MobilitySystems Research Section. Additionally\, he has a joint faculty appointment with TheUniversity of Tennessee. Dr. Ozpineci is a Fellow of IEEE. \n3. “Making the most of Internships and Early Career roles”\nDavid Reusch\nTexas Instruments \n \n \nInternships and early career roles can help launch your career journey. Comelearn and discuss about this practical topic. \n\n\n View Biography\n \n \n \nDavid Reusch works at Texas Instruments (TI) as a systems engineer on the datacenter team. Prior to joining TI\, he was a Principal Scientist atVPT Inc\, a leader in thehi-rel/space DC-DC converter market. He has also held the position of ExecutiveDirector of Applications Engineering at Efficient Power Conversion Corporation (EPC)\, aleader in low voltage GaN power devices.He received his B.S\,M.S. and Ph.D. degreesfrom Virginia Tech\, Blacksburg.While pursuing his Ph.D. degree at the Center forPower Electronics Systems (CPES) he was the recipient of the Bradley GraduateFellowship.He has authored numerous technical publications\, presentedinvited talksand educational seminars worldwide\, is a patent holder\, and a co-author of a textbookfocused on GaN power devices. \n\nDavid Reusch works at Texas Instruments (TI) as a systems engineer on the datacenter team. Prior to joining TI\, he was a Principal Scientist atVPT Inc\, a leader in thehi-rel/space DC-DC converter market. He has also held the position of ExecutiveDirector of Applications Engineering at Efficient Power Conversion Corporation (EPC)\, aleader in low voltage GaN power devices.He received his B.S\,M.S. and Ph.D. degreesfrom Virginia Tech\, Blacksburg.While pursuing his Ph.D. degree at the Center forPower Electronics Systems (CPES) he was the recipient of the Bradley GraduateFellowship.He has authored numerous technical publications\, presentedinvited talksand educational seminars worldwide\, is a patent holder\, and a co-author of a textbookfocused on GaN power devices. \n4. “Staying Current with Rapid Advancements in Power Electronics”\nJohann W. Kolar\n\nSwiss Federal Institute of Technology (ETH) Zurich \n \n \nPower electronics is advancing rapidly due to innovations in power semiconductors\,converterdesigns\, digital control methods\, and expanding applications in renewable energy\, electrictransportation\, data centers\, and smart grids. These developments offer improved efficiency andperformance but create challenges for professionals seekingto remain current in a fast-changing field. The discussion highlights practical strategies for staying informed\, includingengaging in technical publications\, professional organizations\, conferences\, and online learningplatforms. It also emphasizes the value of interdisciplinary knowledge and hands-on experiencein understanding emerging technologies. The discussion aims to provide participants withpractical approaches to maintaining technical relevance and adapting to ongoing advancementsin power electronics. \n\n\n View Biography\n \n \n \nJohann W. Kolar(LF ́25\, NAE\, NAI) joined the Swiss Federal Institute ofTechnology (ETH) Zurich in 2001as the Head of the Power Electronic Systems Laboratory\, following 15 years as an internationalconsultant and independent researcher. He has proposed numerous novel converter concepts\, includingthe Vienna Rectifier. He haspersonally supervised over 90 Ph.D. students to completion\, has extensivelypublished in IEEE conferences and IEEE Transactions\, and is named an inventor in numerous grantedpatents. As a Professor Emeritus (since August 2024)\, he continues to actively pursue research on ultra-compact and efficient WBG converter systems\, AI applications in power electronics\, Solid-StateTransformers\, and the life-cycle analyses of power electronics converter systems. \n\nJohann W. Kolar(LF ́25\, NAE\, NAI) joined the Swiss Federal Institute ofTechnology (ETH) Zurich in 2001as the Head of the Power Electronic Systems Laboratory\, following 15 years as an internationalconsultant and independent researcher. He has proposed numerous novel converter concepts\, includingthe Vienna Rectifier. He haspersonally supervised over 90 Ph.D. students to completion\, has extensivelypublished in IEEE conferences and IEEE Transactions\, and is named an inventor in numerous grantedpatents. As a Professor Emeritus (since August 2024)\, he continues to actively pursue research on ultra-compact and efficient WBG converter systems\, AI applications in power electronics\, Solid-StateTransformers\, and the life-cycle analyses of power electronics converter systems. \n5. “Share what you know through PELSTube\, Turning knowledge into Impact”\nJorge Vega\nNorthrop Grumman   \n \n \nThe principles behind good engineering deserve a wider audience. PELSTube(https://www.youtube.com/@ieeepelstube)provides a peer-reviewed platform where engineers andeducators can share clear\, insightful\, high-quality educational content with the global power electronicscommunity.By contributing a concise video\, professionals or students alike can extend the reach of theirknowledge\, gain visibility\, and help shape how the next generation understands power electronics. Forthose in industry\, it offers a practical way to build influence and recognition without relying solely onpapers or conferences. It is also possible to record videos in person at APEC and ECCE\, freeing creatorsto focus on planning and presenting.This mentorship roundtable will discuss how to translate yourexpertise into impactful educational content and lasting professional impact. \n\n\n View Biography\n \n \n \nJorge Vega earned his B.S. in Electrical Engineering and two master’s degrees\, an M.S. in ElectricalEngineering and an M.S. in Microelectronics and Photonics from the University of Arkansas. He is apower electronics engineer with about 15 years of experience in power conversion and high-reliabilitydesign\, with prior engineering roles at Texas Instruments\, Qualcomm\, ThermoFisher Scientific\, andSilanna Semiconductor. Since 2020\, Jorge has been with Northrop Grumman in theSpaceSector\, wherehe is a technical lead for satellite power supply development. He is a member of the PELS Educationcommittee chartered to provide educational content to PELS members\, and to the public at large\, ontechnical topics related to power electronics. \n\nJorge Vega earned his B.S. in Electrical Engineering and two master’s degrees\, an M.S. in ElectricalEngineering and an M.S. in Microelectronics and Photonics from the University of Arkansas. He is apower electronics engineer with about 15 years of experience in power conversion and high-reliabilitydesign\, with prior engineering roles at Texas Instruments\, Qualcomm\, ThermoFisher Scientific\, andSilanna Semiconductor. Since 2020\, Jorge has been with Northrop Grumman in theSpaceSector\, wherehe is a technical lead for satellite power supply development. He is a member of the PELS Educationcommittee chartered to provide educational content to PELS members\, and to the public at large\, ontechnical topics related to power electronics. \n6. “Writing an Effective IEEE Paper”\nDr. Leon M. Tolbert\nUniversity of Tennessee \n \n \nWriting a strong and effective IEEE paper is an essential skill for students\,researchers\, and professionals who aim to communicate their work with clarity\, rigor\, andimpact. The discussion will guide participants through the key elements of successful IEEE-style writing.Dr. Tolbert will share practical strategies to help attendees strengthen theirresearch papers and improve their chances of successful dissemination. \n\n\n View Biography\n \n \n \nLeon M. Tolbert received the Bachelor’s\, M.S.\, and Ph.D. degrees in electricalengineering from Georgia Tech. He worked at Oak Ridge National Laboratory (ORNL)\, OakRidge\, TN\, from 1991 until 2020 on electric distribution and power quality projects. He joinedthe University of Tennessee in 1999\, and he is currently a Chancellor’s Professor and the MinH. Kao Professor in the Dept. of Electrical Engineering and Computer Science.Dr. Tolbert isa Fellow of the IEEE and a Registered Professional Engineer in the state of Tennessee.He isthe deputy editor-in-chief of theIEEE Power Electronics Magazineand the publicationdepartment chair of the IEEE Industry Applications Society. He was the recipient of the 2023IEEE PELS Milan Jovanovic Award for Power Electronics Emerging Technology and 15IEEEprize paper awards. \n\nLeon M. Tolbert received the Bachelor’s\, M.S.\, and Ph.D. degrees in electricalengineering from Georgia Tech. He worked at Oak Ridge National Laboratory (ORNL)\, OakRidge\, TN\, from 1991 until 2020 on electric distribution and power quality projects. He joinedthe University of Tennessee in 1999\, and he is currently a Chancellor’s Professor and the MinH. Kao Professor in the Dept. of Electrical Engineering and Computer Science.Dr. Tolbert isa Fellow of the IEEE and a Registered Professional Engineer in the state of Tennessee.He isthe deputy editor-in-chief of theIEEE Power Electronics Magazineand the publicationdepartment chair of the IEEE Industry Applications Society. He was the recipient of the 2023IEEE PELS Milan Jovanovic Award for Power Electronics Emerging Technology and 15IEEEprize paper awards. \n7. “What will the Next Frontier in Power Electronics Look Like?”\nMichael Harrison\nEnphase Energy \n \n \nThe 50-year history of Power Electronics has taken switched mode power converters frombeing a balance-of-system afterthought that got hidden away out of sight in some backoffice\, to a technology that is literally featured ‘center stage’ being discussed by the mostinfluential people on Earth.In my 2016 APEC keynote speech “The Future of Power Electronics Design” I predicted thatwe are heading for a future in which thetotal energy processed by power electronics willexceed the total global energy production and in this future\, a total overlap of theElectronics and Energy Industries will eventuate.All are encouraged to join this roundtable to discusswhat the next frontier in powerelectronics will look like\, what are the areas in which there is likely to be furthertechnological advancements made\, and more importantly what skills will be will best servea young power electronics engineer aiming to build a career in this future. \n\n\n View Biography\n \n \n \nMichael Harrison is currently employed by Enphase Energy in the capacity of Senior PowerElectronics Architect\, a role that focuses on the adoptionemerging power electronicstechnology to enable Enphase to maintain the position of leader in the fast-growing ModuleLevel Power Electronics Photo-Voltaic (MLPE-PV) market.His areas of technical interest include power semiconductor technology\, magneticsdesign\, digital control theory\, resonant power converter topologies\, and piezoelectricbased power conversion.He holds over 100 international patents and has published several peer reviewed technicalpublications and delivered related technical conference presentations on the topic ofswitched mode power conversion technology. \n\nMichael Harrison is currently employed by Enphase Energy in the capacity of Senior PowerElectronics Architect\, a role that focuses on the adoptionemerging power electronicstechnology to enable Enphase to maintain the position of leader in the fast-growing ModuleLevel Power Electronics Photo-Voltaic (MLPE-PV) market.His areas of technical interest include power semiconductor technology\, magneticsdesign\, digital control theory\, resonant power converter topologies\, and piezoelectricbased power conversion.He holds over 100 international patents and has published several peer reviewed technicalpublications and delivered related technical conference presentations on the topic ofswitched mode power conversion technology. \n8. “Communicating Like a Technical Leader: Writing and Presenting Engineering Work\nfor Business Impact”\nRenee Yawger\niDEAL Semiconductor \n \n \nStrong technical work is essential\, but the ability to communicate that work clearly andpersuasively is what turns analysis into action.This mentorship roundtable focuses onhow engineers can write and present their work in ways that resonate with business\,technical\, and executive audiences alike. Topics include framing engineering resultsaround decisions and tradeoffs\, structuring presentations to lead with insight rather thandetail\, and writing concise\, purposeful emails and documents that drive alignment.Through real-world examples and interactive discussion\, participants will gain practicaltechniques to improve the clarity\, impact\, and influence of their technical communication\,skills that are increasingly critical for engineers stepping into leadership roles. \n\n\n View Biography\n \n \n \nRenee Yawgeris Senior Director of Direct Marketing at iDEALSemiconductorand President of the Power Sources Manufacturers Association (PSMA).She leads global marketing strategy\, technical content development\, and go-to-marketinitiatives for advanced power semiconductor technologies\, with over 20 years ofexperience working alongside engineers and system architects to translate device-levelinnovation into system-level impact. She is an active contributor to industry publicationsand conferences. \n\nRenee Yawgeris Senior Director of Direct Marketing at iDEALSemiconductorand President of the Power Sources Manufacturers Association (PSMA).She leads global marketing strategy\, technical content development\, and go-to-marketinitiatives for advanced power semiconductor technologies\, with over 20 years ofexperience working alongside engineers and system architects to translate device-levelinnovation into system-level impact. She is an active contributor to industry publicationsand conferences. \n9. How Diminished Focus on Fundamental Science May Be Costing Creativity in Power\nElectronics.\nSudip K. Mazumder\nUniversity of Illinois\, Chicago \n \n \nPower-electronics industry often suggests that academiais not practical. While some ofthat is understandable\, in several cases\, it seems industry is seeking problem-specific skilland desires that the learning curve for a new student be low to reduce the overall laborcost. This fosters application-specific(practical) skills. While this is needed\, especially fora well-established field like power electronics\, the challenge is that\, given the finite timeavailable to the student researchers\, time allocation appears to have shifted graduallytowards primarilyacquiring practical skills and away from acquiring a solid foundation infundamental scientific knowledge. For instance\, while there are a multitude of papers onMPC in power electronics\, few students are focusing on calculus of variations\, which formsthe basis of such optimal control and provides the pathway for new synthesis; or\, studentsworking on active gate dynamics modulation of power semiconductor devices often rely onsimple analytical equations\, without understanding the fundamentals of the physics ofsuch semiconductor devices; or\, students working on problems in magnetics orelectromagnetics with sole reliance on available software tools or cookie-cuttingapproaches without having a deeper understanding of Maxwell’s equations and the physicsoffields and dynamics. These are just a few examples of a pervasive issue and often yield aplethora of incremental works with limited impact on broader technological\, scientific\, andsocietal advancements. With the advent of AI-based EDA tools\, there is agreater pressureto reduce the design cycle\, which\, in turn\, could potentially exacerbate the problemoutlined above. In this PELS roundtable\, I would like to have an engaging discussion withyoung as well as experienced personnel from academia and industry as to what can we docollectively to attain a balance between practical industrial needs without compromisingfundamental scientific understanding and the creative pathways for newer foundationaland impactful inventions. \n\n\n View Biography\n \n \n \nSudip K. Mazumder: is a Distinguished Professor\, Robert Uyetani Professor of Engineering\,and the Director of the Laboratory for Energy and Switching-Electronic Systems (LESES) atthe University of Illinois Chicago (UIC). He is also a joint appointee with the U. S. ArgonneNational Laboratory and is the President of NextWatt LLC. He is the Deputy Editor in Chiefof JESTPE anda Fellow of IEEE and AAAS. \n\nSudip K. Mazumder: is a Distinguished Professor\, Robert Uyetani Professor of Engineering\,and the Director of the Laboratory for Energy and Switching-Electronic Systems (LESES) atthe University of Illinois Chicago (UIC). He is also a joint appointee with the U. S. ArgonneNational Laboratory and is the President of NextWatt LLC. He is the Deputy Editor in Chiefof JESTPE anda Fellow of IEEE and AAAS. \n10. Practicing & Preparing to Have Difficult Conversations\nLauren Kegley\nWolfspeed (USA) \n \n \nEffective communication is at the heart of professional growth\, yet some of the most important conversations we need to have – whether addressing conflict\, giving feedback\, negotiating expectations\, or advocating for ourselves -are also the hardest to initiate. This roundtable will explore practical strategies to prepare for and engage in difficult conversations with confidence\, clarity\, and empathy. Participants will discuss real‑world communication challenges\, learn frameworks for structuring tough discussions\, and practice techniques to navigate emotionally charged or high‑stakes interactions. The session is designed for engineers at all career stages seeking to strengthen their interpersonal effectiveness and build lasting communication resilience. \n\n\n View Biography\n \n \n \nLauren E. Kegley\, Ph.D. works with global engineering teams to grow advanced semiconductor adoption with the goal of developing more energy efficient technology; her current focus is on electrified vehicles as a Technical Marketing Manager of Wolfspeed’s Automotive portfolio. Dr. Kegley is a senior member of IEEE with technical experience spanning the fields of reliability modeling\, power packaging\, root cause / failure analysis\, technical roadmap development\, and product line management. In her career\, Dr. Kegley has worked across multiple different research and product development programs including academic\, government\, and industry collaboration. She is a three-time alumnus of the University of Arkansas with a B.S. in Electrical Engineering\, MS in Microelectronics & Photonics focused on wireless communication systems\, and a PhD which developed package lifetime models for Silicon Carbide packages. As an active volunteer for inclusion and access to STEM fields\, she currently serves as the IEEE PELS Access\, Community\, & Engagement (ACE) Committee Chair\, Member-at-Large for IEEE PELS\, past chair of the IEEE PELS Women in Engineering (WiE) Committee\, and past chair of the University of Arkansas College of Engineering Dean’s Early Career Advisory Council. Dr. Kegley frequently collaborates with technical societies and academic institutions to offer professional development trainings tailored to support growth in the field of engineering and provide skills in communication\, confidence\, and leadership. Outside of her professional engagements\, Dr. Kegley loves to travel and sample the local cuisines of wherever she is visiting. \n\nLauren E. Kegley\, Ph.D. works with global engineering teams to grow advanced semiconductor adoption with the goal of developing more energy efficient technology; her current focus is on electrified vehicles as a Technical Marketing Manager of Wolfspeed’s Automotive portfolio. Dr. Kegley is a senior member of IEEE with technical experience spanning the fields of reliability modeling\, power packaging\, root cause / failure analysis\, technical roadmap development\, and product line management. In her career\, Dr. Kegley has worked across multiple different research and product development programs including academic\, government\, and industry collaboration. She is a three-time alumnus of the University of Arkansas with a B.S. in Electrical Engineering\, MS in Microelectronics & Photonics focused on wireless communication systems\, and a PhD which developed package lifetime models for Silicon Carbide packages. As an active volunteer for inclusion and access to STEM fields\, she currently serves as the IEEE PELS Access\, Community\, & Engagement (ACE) Committee Chair\, Member-at-Large for IEEE PELS\, past chair of the IEEE PELS Women in Engineering (WiE) Committee\, and past chair of the University of Arkansas College of Engineering Dean’s Early Career Advisory Council. Dr. Kegley frequently collaborates with technical societies and academic institutions to offer professional development trainings tailored to support growth in the field of engineering and provide skills in communication\, confidence\, and leadership. Outside of her professional engagements\, Dr. Kegley loves to travel and sample the local cuisines of wherever she is visiting. \n11. Navigating Organizational Structures for a Successful Career\nStephanie Watts Butler\nWattsButler\, LLC (USA) \n \n \nCareer and volunteering success are dependent upon an ability to navigate the company/organization structure\, including across organizational boundaries. Whether your goal is creating a company-wide initiative\, developing a new product\, achieving the next job promotion\, or being a productive volunteer – organizational savvy is required. Come join this table to learn what navigating organizations\, organizational boundaries\, company culture\, and influence networks are and why they are important.  We will discuss how you identify your organization’s key structures\, and how you leverage that knowledge for your success. \n\n\n View Biography\n \n \n \nDr. Stephanie Watts Butler’s successful career as a Technology Innovation Architect and R&D Manager required organizational acumen and leadership skills.  Her inclusive approach to innovation creation led to a broad range of semiconductor products\, manufacturing solutions and enabling technologies: including wide bandgap\, high voltage silicon\, isolation\, and advanced CMOS processes and packaging; Computer Integrated Manufacturing Systems; Advanced Process Control resulting in 17 patents and top 10 Google Scholar rankings for her topic areas. She has led company-wide initiatives\, joint supplier-customer development programs\, consortia advisory boards\, international roadmap sections\, and standards committees. Dr. Butler is the IEEE Power Electronics Magazine Industrial Deputy Editor in Chief\, founded the PELS Industry Committee\, active member of the WIE and ACE committees.  She currently serves on the APEC and WiPDA planning committees.  She is a Fellow of the AVS\, and a Senior Member of IEEE.  SWE honored Dr. Butler with their highest award\, the Achievement Award.  Dr. Butler also serves as a Menttium mentor and on the PSMA Board of Directors. \n\nDr. Stephanie Watts Butler’s successful career as a Technology Innovation Architect and R&D Manager required organizational acumen and leadership skills.  Her inclusive approach to innovation creation led to a broad range of semiconductor products\, manufacturing solutions and enabling technologies: including wide bandgap\, high voltage silicon\, isolation\, and advanced CMOS processes and packaging; Computer Integrated Manufacturing Systems; Advanced Process Control resulting in 17 patents and top 10 Google Scholar rankings for her topic areas. She has led company-wide initiatives\, joint supplier-customer development programs\, consortia advisory boards\, international roadmap sections\, and standards committees. Dr. Butler is the IEEE Power Electronics Magazine Industrial Deputy Editor in Chief\, founded the PELS Industry Committee\, active member of the WIE and ACE committees.  She currently serves on the APEC and WiPDA planning committees.  She is a Fellow of the AVS\, and a Senior Member of IEEE.  SWE honored Dr. Butler with their highest award\, the Achievement Award.  Dr. Butler also serves as a Menttium mentor and on the PSMA Board of Directors. \n12. “Topic”\n“Mentor Name”\n \n \n \n\n\n View Biography\n \n \n \n \n\n URL:https://www.ieee-pels.org/event/apec-2026-pels-mentorship-roundtable/ LOCATION:Grand Hyatt San Antonio River Walk\, 600 East Market Street\, San Antonio\, TX\, 78205\, United States CATEGORIES:Mentorship END:VEVENT END:VCALENDAR